CN107587667A - A kind of multifunction energy-saving roof structure - Google Patents

A kind of multifunction energy-saving roof structure Download PDF

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Publication number
CN107587667A
CN107587667A CN201710951199.XA CN201710951199A CN107587667A CN 107587667 A CN107587667 A CN 107587667A CN 201710951199 A CN201710951199 A CN 201710951199A CN 107587667 A CN107587667 A CN 107587667A
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China
Prior art keywords
energy storage
storage storehouse
energy
rainwater
solar
Prior art date
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Pending
Application number
CN201710951199.XA
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Chinese (zh)
Inventor
孙沫然
王欣丽
兰晓梅
吴楠
张晓冬
徐杰
王跃
王岩
孔祥萍
吴汉森
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Tianjin Jinbeier Construction Engineering Experiment Inspection Technology Co Ltd
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Tianjin Jinbeier Construction Engineering Experiment Inspection Technology Co Ltd
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Application filed by Tianjin Jinbeier Construction Engineering Experiment Inspection Technology Co Ltd filed Critical Tianjin Jinbeier Construction Engineering Experiment Inspection Technology Co Ltd
Priority to CN201710951199.XA priority Critical patent/CN107587667A/en
Publication of CN107587667A publication Critical patent/CN107587667A/en
Pending legal-status Critical Current

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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A20/00Water conservation; Efficient water supply; Efficient water use
    • Y02A20/108Rainwater harvesting
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00Integration of renewable energy sources in buildings
    • Y02B10/10Photovoltaic [PV]
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/50Photovoltaic [PV] energy
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E70/00Other energy conversion or management systems reducing GHG emissions
    • Y02E70/30Systems combining energy storage with energy generation of non-fossil origin

Abstract

The invention discloses a kind of multifunction energy-saving roof structure, by the peripheral member being arranged on roofing ground, solar power generation energy storage storehouse, solar energy domestic water energy storage storehouse and the rainwater-collecting energy storage storehouse being successively set in peripheral member are formed, and they, which combine, forms a kind of high-performance roof structure for having multiple utility function concurrently.Peripheral member planform is concave, and its protective plate by bottom plate and along its periphery forms.Solar power generation energy storage storehouse is arranged on the middle part of peripheral member, solar energy domestic water energy storage storehouse is arranged on the lateral surface of the left and right sides in solar power generation energy storage storehouse, and rainwater-collecting energy storage storehouse is located at the lateral surface on the left of the solar energy domestic water energy storage storehouse of left side and the lateral surface on the right side of the solar energy domestic water energy storage storehouse of right side respectively.Of the invention is collection solar power generation, there is provided hot water for life, rationally collect, discharge, the roof structure for the function that combined together using rainwater multiple energy-saving effect, the beneficial effect with the comprehensive utilization for realizing resource.

Description

A kind of multifunction energy-saving roof structure
Technical field
The present invention relates to a kind of multifunction energy-saving roof structure, belong to green building field.
Background technology
Roofing, it is the surface of building roof, refers to the part between ridge and eaves, this part occupies roof Larger area, roofing is the part that area is larger in roof in other words, and it is to be constructed at the top of house with the extraneous maintenance separated, is risen Protect house not by Exposure to Sunlight, drench with rain, wind and snow is invaded, and to playing insulation, heat-blocking action at the top of house.Roof style has: The slope of roof is less than or equal to 5% flat roof deck, and the usual form of flat roof deck has projecting-eave type, parapet and the parapet that cornices etc., puts down The concrete roof that roofing is typically made using concrete casting.The roofing of the gradient more than 10% is pitched roof, and pitched roof is by some The inclined plane handing-over of the identical gradient forms, and usual form has single-pitch type, hard mountain formula, outstanding mountain formula, four slope formulas two.Other roofing species It is more, have hyperbolic arcuately, masonry arcuately, barrel shell formula, spherical reticulated shell-type, chevron mesh shell-type shallow shell formula, wheel shape suspension and saddle type Suspension etc..
As China's economic development and people's lives improve, building industry is to meet that people, will to living environment comfortableness Flat-plate solar heat collector is used as roof structure using component form installed in roofing.Flat-plate solar heat collector it is plate shaped On the absorber plate of shape, comb and collector are generally all disposed with.Comb refers to absorber plate longitudinal arrangement and forms the portion of fluid passage Part;Collector refers to some combs of absorber plate upper and lower ends lateral connection and forms the part of fluid passage.The material of absorber plate Species is a lot, there is copper, aluminium alloy, Copper-Aluminum compound, stainless steel, galvanized steel, plastics, rubber etc..Its for house provide it is plate too Sun can heat and solar water.But installation solar thermal collector roofing do not possess higher energy saving effect, do not possess yet by The function that multiple energy-saving effect combines together.
How to make existing roofing that there is green energy conservation, the roofing of diversification performance, turn into building industry engineering skill The problem of art personnel extremely pay close attention to, it is the problem of construction engineering technical staff urgently R and D, is also building row Industry increasingly compels highly necessary to solve the problems, such as.
The content of the invention
It is an object of the invention to overcome the shortcomings of above-mentioned technology, and a kind of multifunction energy-saving roof structure is provided, it is tied Structure is by peripheral member, the solar power generation energy storage storehouse being arranged in peripheral member, solar energy domestic water energy storage storehouse and rainwater collection Ji Chunengcang is formed, and they, which combine, forms a kind of high-performance roof structure for having multiple utility function concurrently, so as to overcome In place of the shortcomings of the prior art.
To achieve the above object, used technical scheme is the present invention:
A kind of multifunction energy-saving roof structure, it is characterised in that:Its structure by the peripheral member that is arranged on roofing ground, The solar power generation energy storage storehouse that is arranged in peripheral member, the solar energy life for being arranged on solar power generation energy storage storehouse left and right sides are used Water energy storage storehouse and the rainwater-collecting energy storage storehouse composition for being separately positioned on solar energy domestic water energy storage storehouse left and right sides, they combine one Rise and form a kind of high-performance roof structure for having multiple utility function concurrently, wherein:
Ground, it is the ground of the concreting of flat roof deck, its contour structures is shaped as square, oval, circular, polygon Shape one kind therein, connected by high-strength bolt on ground and fix peripheral member;
Peripheral member, the concave cuboid of its planform, its structure by the long 10m~30m of appearance and size × wide 3m~ 10m bottom plate and the protective plate composition along the long 3m~10m of appearance and size × wide 0.5m~3m above bottom plate surrounding, wherein:
The bottom plate, its appearance and size are long 5m~15m × wide 3m~10m, and its structure is spelled by least 2 pieces of splicings with bottom plate The bottom plate of type is connected into,
The protective plate, its appearance and size are long 3m~10m × wide 0.5m~3m, and its structure is by front and back sides at least each 3 Block splicing at least each 2 pieces of splicings protective plate spicing forming type of protective plate spicing forming type front and back sides protective plate and left and right side Left and right side protective plate is formed, and the protective plate and bottom plate for splicing aftershaping are reinforced by L-type steel and high-strength bolt, added respectively Maintenance, which is put, to be arranged in peripheral component inside away from protective plate stitching portion along vertically at 5cm~10cm.
The peripheral member, its material are C30 concrete.
The solar power generation energy storage storehouse, solar energy domestic water energy storage storehouse and rainwater-collecting energy storage storehouse, its respective storage The contour structures shape in energy storehouse is cuboid, and contour structure size is long 2m~5m × wide 5m~8m × high 0.5m~3m, Its material is the 304-317 type austenite stainless steel plates that wall thickness is 1cm~3cm, or the C30 concrete that thickness is 1cm~3cm Batten.
The respective energy storage storehouse in the solar power generation energy storage storehouse, solar energy domestic water energy storage storehouse and rainwater-collecting energy storage storehouse Bottom and surrounding base are individually fixed on the bottom plate and protective plate of peripheral member by bolt, and fixed position is arranged on respectively Energy storage storehouse at the corner of peripheral member contact surface away from two with facing at the 10cm~15cm of side.
The solar power generation energy storage storehouse, solar energy domestic water energy storage storehouse and rainwater-collecting energy storage storehouse, its set location And structure, it is as follows respectively:
Solar power generation energy storage storehouse, positioned at the middle part of peripheral member, its structure by the neck of energy storage the top of the warehouse, And by the open-type efficient absorption solar panels of screw bolt reinforcing, bottom outlet and by classification transmission controller, household electricity pipe network, too Positive energy domestic water energy storage storehouse supply line, rainwater-collecting energy storage storehouse supply line, direct current transducer, capacitor, total transmission of electricity control The electric energy output system of device and converter composition processed is formed, wherein;
Direct current transducer, capacitor, total transmission controller and converter are respectively placed in solar power generation energy storage storehouse orlop portion At corner,
Bottom outlet, solar power generation energy storage storage energy orlop portion is arranged on, the energy storage orlop portion, is connected with household electricity pipe Net,
Household electricity pipe network, four classification transmission controllers are set respectively from left to right, i.e., first is classified transmission controller, Second classification transmission controller, the 3rd classification transmission controller and the 4th classification transmission controller, wherein the first classification transmission of electricity control Device processed and the 4th classification transmission controller are connected with corresponding rainwater-collecting energy storage storehouse supply line respectively, and the second classification is defeated Electric controller and the 3rd classification transmission controller are connected with corresponding domestic water energy storage storehouse supply line respectively.
The solar energy domestic water energy storage storehouse, respectively positioned at the left and right lateral surface in solar power generation energy storage storehouse, its structure By in energy storage the top of the warehouse neck and by the efficient absorption solar panels of screw bolt reinforcing, the water pipe that aperture is 8cm is justified Hole, aperture be 5cm spool circular hole, device for monitoring temperature, capacity control device, hot water for life pipe network form, wherein:
Device for monitoring temperature and capacity control device, it is separately positioned on the inner side of energy storage bulkhead left and right sides, and passes through branch Frame is fixed on energy storage bulkhead;
Spool circular hole, it is arranged on energy storage bulkhead left and right sides,
Water pipe circular hole, it is arranged at energy storage bulkhead bottom centre, and passes through at energy storage bulkhead bottom centre,
Water pipe circular hole through at energy storage bulkhead bottom centre, its bottom end are connected with hot water for life pipe network.
The rainwater-collecting energy storage storehouse, its set location are outer on the left of the solar energy domestic water energy storage storehouse of left side respectively Lateral surface on the right side of side and right side solar energy domestic water energy storage storehouse, its structure of its structure, by being arranged on energy storage the top of the warehouse Electrodynamic type openable panel, capacity control device, panel electric supply installation, water pipe circular hole, left and right lateral line canal circular hole, municipal water pipe, rain Water discharge spout and storage pond are formed, wherein:
Capacity control device and panel electric supply installation, it is separately positioned at energy storage silo wall or so inner side, and passes through support It is fixed at the vertical inner surface left and right sides of energy storage silo wall,
Left and right lateral line canal circular hole, it is separately positioned at energy storage bulkhead face capacity control device and panel electric supply installation;
Water pipe circular hole, it is arranged at energy storage bulkhead bottom centre, and passes through at energy storage bulkhead bottom centre,
Water pipe circular hole through at energy storage bulkhead bottom centre, its bottom are arranged by the right rainwater that is connected to of left, neutralization Put pipe, municipal water pipe and storage pond.
The respective energy storage storehouse in the solar power generation energy storage storehouse, solar energy domestic water energy storage storehouse and rainwater-collecting energy storage storehouse Material, be wall thickness be 1cm~3cm 304-317 type austenite stainless steel plates, or thickness be 1cm~3cm C30 coagulations Native batten.
The solar power generation energy storage storehouse, solar energy domestic water energy storage storehouse and rainwater-collecting energy storage storehouse, its contour structures Shape is cuboid, and appearance and size is long 2m~5m × wide 5m~8m × high 0.5m~3m.
Beneficial effect of the present invention
Compared with prior art, the device have the advantages that:
1) present invention is collection solar power generation, and solar energy provides hot water for life, rationally collects, discharges, is melted using rainwater The roof structure of function is integrated, so as to reduce urban heat land effect, alleviates urban waterlogging, accelerates sponge urban construction, save Hydroelectric resources, improve the multiple energy-saving effects such as urban ecological environment.2) peripheral structure, energy storage storehouse, efficient absorption solar panel Combination form composite construction, roof structure good integrity can be made, by energy storage material in energy storage storehouse, energy storage device it is flexible With can realize the function diversification of roofing, realize the comprehensive utilization of resource.
Brief description of the drawings
Fig. 1 is the solar power generation energy storage storehouse of the present invention, and solar energy domestic water energy storage storehouse and rainwater-collecting energy storage storehouse are set Put the position elevational schematic view in peripheral member;
Fig. 2 is roof structure schematic diagram of the present invention;
Fig. 3 is peripheral member structural representation;
Fig. 4 is the structural representation of Fig. 3 bottom plates and protective plate;
Fig. 5 is solar power generation energy storage chamber structure diagrammatic cross-section;
Fig. 6 is solar power generation energy storage chamber structure schematic top plan view;
Fig. 7 is solar energy domestic water energy storage chamber structure schematic diagram;
Fig. 8 is rainwater-collecting energy storage chamber structure schematic diagram;
Fig. 9 is energy storage storehouse outline structural diagram.
In Fig. 1:1 ground;2 peripheral members;3 solar power generation energy storage storehouses;4 solar energy domestic water energy storage storehouses;5 rainwater collections Ji Chunengcang.
In Fig. 2:1 ground, 2 peripheral members;3 solar power generation energy storage storehouses;4 solar energy domestic water energy storage storehouses;5 rainwater collections Ji Chunengcang.
In Fig. 3:2-1 bottom plates;2-2 protective plates.
In Fig. 4:2-1-1 splicing bottom plates;2-2-1 splicing protective plates.
In Fig. 5:3-1 open-type efficient absorption solar panels;3a energy storage storehouse;3-3 bottom outlets;The classification transmission of electricity controls of 3-4 first Device;3-4-1 second is classified transmission controller;The 3rd classification transmission controller of 3-4-2;3-4-3 the 4th is classified transmission controller; 3-5 household electricity pipe networks;3-6 solar energy domestic water energy storage storehouse supply line;3-7 rainwater-collecting energy storage storehouse powers;3-8 direct currents Converter;3-9 capacitors;The total transmission controllers of 3-10;3-11 converters;3-12 necks.
In Fig. 6:3a energy storage storehouse;3-3 bottom outlets;3-8 direct current transducers;3-9 capacitors;The total transmission controllers of 3-10;3-11 Converter.
In Fig. 7:4-1 efficient absorption solar panels;4-2 device for monitoring temperature;4-3 capacity control devices;4-4 water pipes are justified Hole;4-5 spool circular holes;4-6 hot water for life pipe networks;4-7 energy storage bulkheads;4-8 necks.
In Fig. 8:5-1 panels;5-2 capacity control devices;5-3 panel electric supply installations;5-4 water pipe circular holes;5-5 spools are justified Hole;5-6 energy storage bulkheads;5-7 municipal administration water pipes;5-8 rainwater delivery pipes;5-9 storage ponds.
In Fig. 9:3a, 4a, 5a are respectively solar power generation energy storage storehouse, solar energy domestic water energy storage storehouse, rainwater-collecting storage The energy storage storehouse in energy storehouse.
Embodiment
Below in conjunction with the accompanying drawings and preferred embodiment describes the embodiment of the present invention in detail.
Embodiment
A kind of multifunction energy-saving roof structure, as depicted in figs. 1 and 2, its structure is by the periphery that is arranged on roofing ground 1 Component 2, the solar power generation energy storage storehouse 3 being arranged in peripheral member 2, it is arranged on the left and right sides of solar power generation energy storage storehouse 3 too Positive energy domestic water energy storage storehouse 4 and the structure of rainwater-collecting energy storage storehouse 5 for being separately positioned on the left and right sides of solar energy domestic water energy storage storehouse 4 Into, they, which combine, forms a kind of high-performance roof structure for having multiple utility function concurrently, wherein:
Ground 1, it is the ground of the concreting of flat roof deck, its contour structures is shaped as square, oval, circular, more Side shape one kind therein, the present embodiment ground 1 are square, are connected on ground 1 by high-strength bolt and fix peripheral member 2;
Peripheral member 2, as shown in figure 3, the cuboid that its planform is concave, its structure by the long 10m of appearance and size~ 30m × wide 3m~10m bottom plate 2-1 and along the long 3m~10m of appearance and size × wide 0.5m~3m's above bottom plate 2-1 surroundings Protective plate 2-2 is formed, wherein:
The bottom plate 2-1, its appearance and size are long 10m~30m × wide 3m~10m, and the present embodiment appearance and size is long 9m × wide 6m, its structure by least 2 pieces of splicings bottom plate 2-1-1 spicing forming types bottom plate 2-1, as shown in figure 4,
The protective plate 2-2, its appearance and size are long 3m~10m × wide 0.5m~3m, and the present embodiment appearance and size is length 6m × wide 1m, its structure is as shown in figure 4, by least each 3 pieces of splicings protective plate 2-2-1 spicing forming type front and back sides of front and back sides At least each 2 pieces of splicings of protective plate 2-2 and left and right side are formed with the left and right side protective plate 2-2 of protective plate 2-2-2 spicing forming types, The protective plate 2-2 and bottom plate 2-1 of splicing aftershaping are reinforced by L-type steel and high-strength bolt respectively, are reinforced position and are arranged on Away from protective plate 2-2-1 stitching portions along vertically at 5cm~10cm inside the peripheral member 2, the present embodiment 10cm.
The peripheral member 2, its material are C30 concrete.
The solar power generation energy storage storehouse 3, solar energy domestic water energy storage storehouse 4 and rainwater-collecting energy storage storehouse 5, its is respective Energy storage storehouse 3a, 4a and 5a, as shown in figure 9, its contour structures shape is cuboid, contour structure size be long 2m~5m × Wide 5m~8m × high 0.5m~3m, its material are the 304-317 type austenite stainless steel plates that wall thickness is 1cm~3cm, or thickness For 1cm~3cm C30 concrete battens, the present embodiment each energy storage storehouse 3a, 4a and 5a contour structure size be designed as long 3m × Wide 6m × high 1m, material wall thickness are 2cm, and austenite stainless steel plate is 304 types.
The solar power generation energy storage storehouse 3, solar energy domestic water energy storage storehouse 4 and rainwater-collecting energy storage storehouse 5, each energy storage storehouse 3a, 4a and 5a bottom and surrounding base are individually fixed on the bottom plate 2-1 and protective plate 2-2 of peripheral member 2 by bolt, Fixed position is arranged on each energy storage storehouse with facing at the corner of the contact surface of peripheral member 2 away from two at the 10cm~15cm of side, the present embodiment At 15cm.
The solar power generation energy storage storehouse 3, solar energy domestic water energy storage storehouse 4 and rainwater-collecting energy storage storehouse 5, it sets position Put and structure, difference are as follows:
Solar power generation energy storage storehouse 3, positioned at the middle part of peripheral member 2 as described in Figure 1, its structure such as Fig. 5 and Fig. 6 institutes Show, by the neck 3-12 of energy storage the top of the warehouse and by the open-type efficient absorption solar panels 3-1 of screw bolt reinforcing, Bottom outlet 3-3 and by classification transmission controller 3-4, household electricity pipe network 3-5, solar energy domestic water energy storage storehouse supply line 3-6, Rainwater-collecting energy storage storehouse supply line 3-7, direct current transducer 3-8, capacitor 3-9, total transmission controller 3-10 and converter 3- The electric energy output system of 11 compositions is formed, wherein;
Direct current transducer 3-8, capacitor 3-9, total transmission controller 3-10 and converter 3-11 are respectively placed in solar energy hair The electric Cang Dibusijiaochu of energy storage storehouse 3,
Bottom outlet 3-3, the energy storage orlop portion of solar power generation energy storage storehouse 3 is arranged on, the energy storage orlop portion, life is connected with and uses Fulgurite net 3-5,
Household electricity pipe network 3-5, four classification transmission controllers, i.e., the first classification transmission of electricity control are set respectively from left to right Device 3-4, the second classification transmission controller 3-4-1, the 3rd classification transmission controller 3-4-2 and the 4th classification transmission controller 3-4- 3, wherein the first classification transmission controller 3-4 and the 4th classification transmission controller 3-4-3 store up with corresponding rainwater-collecting respectively Can storehouse supply line 3-7 be connected, the second classification transmission controller 3-4-1 and the 3rd classification transmission controller 3-4-2 respectively with Corresponding domestic water energy storage storehouse supply line 3-6 is connected.
The solar energy domestic water energy storage storehouse 4, respectively positioned at the left and right in solar power generation energy storage storehouse 3 as shown in Figure 1 Lateral surface, its structure as shown in fig. 7, by energy storage the top of the warehouse neck 4-8 and by the efficient absorption of screw bolt reinforcing too Positive energy plate 4-1, water pipe circular hole 4-4, spool circular hole 4-5, device for monitoring temperature 4-2, capacity control device 4-3, hot water for life Pipe network 4-6, device for monitoring temperature 4-2, capacity control device 4-3, hot water for life pipe network 4-6 are formed, wherein:
Device for monitoring temperature 4-2 and capacity control device 4-3, it is separately positioned on the inner side of energy storage bulkhead 4-7 left and right sides, And be fixed in by support on energy storage bulkhead 4-7,
Spool circular hole 4-5, it is arranged on energy storage bulkhead 4-7 left and right sides,
Water pipe circular hole 4-4, it is arranged at energy storage bulkhead 4-7 bottom centre, and passes through at energy storage bulkhead 4-7 bottom centre,
Water pipe circular hole 4-4 through at energy storage bulkhead 4-7 bottom centre, its bottom end are connected with hot water for life pipe network 4- 6。
The rainwater-collecting energy storage storehouse 5, its set location positioned at left side solar energy domestic water as shown in figure 1, store up respectively The lateral surface in the left side of energy storehouse 4 and the lateral surface on the right side of right side solar energy domestic water energy storage storehouse 4, its structure of its structure such as Fig. 8 institutes Show, by being arranged on electrodynamic type the openable panel 5-1, capacity control device 5-2, panel electric supply installation 5-3 at the top of energy storage storehouse 5, water Pipe circular hole 5-4, left and right lateral line canal circular hole 5-5, municipal water pipe 5-7, rainwater delivery pipe 5-8 and storage pond 5-9 are formed, wherein:
Capacity control device 5-2 and panel electric supply installation 5-3, it is separately positioned at energy storage silo wall 5-6 or so inner sides, and It is fixed on by support at energy storage silo wall 5-6 vertical inner surface left and right sides,
Left and right lateral line canal circular hole 5-5, it is separately positioned on energy storage bulkhead 5-6 face capacity control device 5-2 and panel power supply At device 5-3,
Water pipe circular hole 5-4, it is arranged at energy storage bulkhead 5-6 bottom centre, and passes through at energy storage bulkhead 5-6 bottom centre,
Water pipe circular hole 5-4 through at energy storage bulkhead 5-6 bottom centre, its bottom by it is left, neutralize right be connected to Rainwater delivery pipe 5-8, municipal water pipe 5-7 and storage pond 5-9.
Actual use process
Solar power generation energy storage storehouse 3 uses open-type efficient absorption solar panels 3-1, and it is converted solar energy into electrical energy, By capacitor 3-9, direct current transducer 3-8, total transmission controller 3-10, converter 3-11 transmission, electric energy is input to life Apply flexibly in fulgurite net 3-5, and by controller 3-4 be domestic water energy storage storehouse 4 in device for monitoring temperature 4-2, volume controlled Device 4-3, capacity control device 5-2, panel electric supply installation 5-3 in rainwater-collecting energy storage storehouse 5 provide electric energy.
Domestic water is inputted water to life by top water pipe circular hole 4-4 by capacity control device 4-3 using pipeline Apply flexibly in water energy storage storehouse 4, when the data transmitted by capacity sensing device show water capacity completely, that is, stop adding water, treat energy storage During 50 DEG C of the water temperature > in storehouse, you can input warm water to hot water for life pipe network by lower section water pipe circular hole 4-4 using pipeline 4-6, and supplement water after water output.
Wire is accessed by electrical energy transportation through spool circular hole 5-5 by the electric energy of rainwater-collecting energy storage storehouse supply line 3-7 inputs To electrodynamic type openable panel 5-1, capacity control device 5-2, panel electric supply installation 5-3, the Shui Jingshui in rainwater-collecting energy storage storehouse Pipe circular hole 5-4 draws pipeline, after water is guided at ground, is passed through municipal water pipe 5-7, rainwater delivery pipe 5-8, storage pond 5- nearby 9 water transport channels.
When there is rainy weather, open the top of rainwater-collecting energy storage storehouse 5 can openable panel 5-1 receive rainfall, treat by holding When the data of amount control device 5-2 transmission show water completely, that is, close panel 5-1.After treating rainfall, and drainage procedure is completed When, drained into water is stored in rainwater-collecting energy storage storehouse 5 in municipal water pipe 5-7, rainwater delivery pipe 5-8, storage pond 5-9, for city City afforests, road cleaning, improves groundwater occurrence situation etc..The reclaimed water emptying of rainwater-collecting energy storage storehouse 5 is answered during winter, avoids freezing Damage.
In the present invention, the electric energy in solar power generation energy storage storehouse 3 is drawn into pipeline and household electricity pipe network by bottom outlet 3-3 3-5, solar energy domestic water energy storage storehouse supply line 3-6, the supply line 3-7 connections of rainwater-collecting energy storage storehouse, it can realize too Positive conversion and application that can be between electric energy.Hot water in solar energy domestic water energy storage storehouse 4 is drawn by water pipe circular hole 4-4 Pipeline is connected with hot water for life pipe network 4-6, solar energy is realized to life with hot transformation of energy, by rainwater-collecting energy storage storehouse 5 The rainwater of middle collection is attached by water pipe circular hole 5-4 and municipal water pipe 5-7, rainwater delivery pipe 5-8, storage pond 5-9 etc., both The probability of urban waterlogging can be reduced, alleviates municipal drainage pressure, while the comprehensive utilization of water resource can be realized.
In the present invention, solar power generation energy storage storehouse 3, solar energy domestic water energy storage storehouse 4 and rainwater-collecting energy storage storehouse 5 are put After fixing, pipeline and device involved by inside above-mentioned energy storage storehouse are arranged, open-type efficient absorption solar panels are finally installed 3-1, efficient absorption solar panels 4-1, electrodynamic type openable panel 5-1.
In the present invention, open-type efficient absorption solar panels 3-1, the first classification transmission controller 3-4, second is classified transmission of electricity Controller 3-4-1, the 3rd classification transmission controller 3-4-2 and the 4th classification transmission controller 3-4-3, direct current transducer 3-8, electricity Container 3-9, total transmission controller 3-10, converter 3-11, device for monitoring temperature 4-2, capacity monitor device 4-3 and panel are powered Device 5-3 is commercially available prod.
In the present invention, the solar power generation energy storage storehouse 3 of design, solar energy domestic water energy storage storehouse 4 and rainwater-collecting energy storage Storehouse 5, suitable for various forms of roofings.
The above described is only a preferred embodiment of the present invention, not the structure of the present invention is made any formal Limitation.Any simple modification, equivalent change and modification that every technical spirit according to the present invention is made to above example, In the range of still falling within technical scheme.

Claims (9)

  1. A kind of 1. multifunction energy-saving roof structure, it is characterised in that:Its structure is by the peripheral member that is arranged on roofing ground (1) (2) the solar power generation energy storage storehouse (3) that, is arranged in peripheral member (2), it is arranged on solar power generation energy storage storehouse (3) left and right sides Solar energy domestic water energy storage storehouse (4) and be separately positioned on the rainwater-collecting of solar energy domestic water energy storage storehouse (4) left and right sides Energy storage storehouse (5) is formed, and they, which combine, forms a kind of high-performance roof structure for having multiple utility function concurrently, wherein:
    Ground (1), it is the ground of the concreting of flat roof deck, its contour structures is shaped as square, oval, circular, polygon Shape one kind therein, connected on ground (1) by high-strength bolt and fix peripheral member (2);
    Peripheral member (2), the concave cuboid of its planform, its structure by the long 10m~30m of appearance and size × wide 3m~ 10m bottom plate (2-1) and the protective plate along the long 3m~10m of appearance and size × wide 0.5m~3m above bottom plate (2-1) surrounding (2-2) is formed, wherein:
    The bottom plate (2-1), its appearance and size are long 5m~15m × wide 3m~10m, and its structure is by least 2 pieces of splicing bottom plates The bottom plate (2-1) of (2-1-1) spicing forming type,
    The protective plate (2-2), its appearance and size are long 3m~10m × wide 0.5m~3m, and its structure is by front and back sides at least each 3 Block splicing is protected with least each 2 pieces of splicings of protective plate (2-2-1) spicing forming type front and back sides protective plate (2-2) and left and right side The left and right side protective plate (2-2) of plate (2-2-2) spicing forming type is formed, and splices the protective plate (2-2) and bottom plate (2-1) of aftershaping Reinforced respectively by L-type steel and high-strength bolt, reinforce position and be arranged in peripheral member (2) inside away from protective plate (2-2- 1) stitching portion is along vertically at 5cm~10cm.
  2. 2. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The peripheral member (2), its material are C30 Concrete.
  3. 3. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The solar power generation energy storage storehouse (3), the sun Energy domestic water energy storage storehouse (4) and rainwater-collecting energy storage storehouse (5), its respective energy storage storehouse (3a), energy storage storehouse (4a) and energy storage storehouse (5a), its contour structures shape are cuboid, and contour structure size is long 2m~5m × wide 5m~8m × high 0.5m~3m, Its material is the 304-317 type austenite stainless steel plates that wall thickness is 1cm~3cm, or the C30 concrete that thickness is 1cm~3cm Batten.
  4. 4. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The solar power generation energy storage storehouse (3), the sun Energy domestic water energy storage storehouse (4) and rainwater-collecting energy storage storehouse (5), its each energy storage storehouse (3a), (4a) and (5a) bottom and surrounding Side base is individually fixed on the bottom plate (2-1) and protective plate (2-2) of peripheral member (2) by bolt, and fixed position is set Face at each energy storage storehouse and the corner of peripheral member (2) contact surface away from two at the 10cm~15cm of side.
  5. 5. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The solar power generation energy storage storehouse (3), the sun Energy domestic water energy storage storehouse (4) and rainwater-collecting energy storage storehouse (5), its set location and structure are as follows respectively:
    Solar power generation energy storage storehouse (3), positioned at the middle part of peripheral member (2), its structure is by the neck installed in energy storage the top of the warehouse In (3-12) and by the open-type efficient absorption solar panels (3-1) of screw bolt reinforcing, bottom outlet (3-3) and by classification transmission of electricity control Device (3-4) processed, household electricity pipe network (3-5), solar energy domestic water energy storage storehouse supply line (3-6), rainwater-collecting energy storage storehouse Supply line (3-7), direct current transducer (3-8), capacitor (3-9), total transmission controller (3-10) and converter 3-11) composition Electric energy output system form, wherein;
    Direct current transducer (3-8), capacitor (3-9), total transmission controller (3-10) and converter (3-11) are respectively placed in the sun Energy electrification energy storage storehouse (3) Cang Dibusijiaochu,
    Bottom outlet (3-3), solar power generation energy storage storehouse (3) energy storage orlop portion is arranged on, the energy storage orlop portion, life is connected with and uses Fulgurite net (3-5),
    Household electricity pipe network (3-5), four classification transmission controllers, i.e., the first classification transmission controller are set respectively from left to right (3-4), the second classification transmission controller (3-4-1), the 3rd classification transmission controller (3-4-2) and the 4th classification transmission controller (3-4-3), wherein first classification transmission controller (3-4) and the 4th be classified transmission controller (3-4-3) respectively with it is corresponding Rainwater-collecting energy storage storehouse supply line (3-7) is connected, the second classification transmission controller (3-4-1) and the 3rd classification transmission of electricity control Device (3-4-2) is connected with corresponding domestic water energy storage storehouse supply line (3-6) respectively.
  6. 6. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The solar energy domestic water energy storage storehouse (4), Respectively be located at solar power generation energy storage storehouse (3) left and right lateral surface, its structure by energy storage the top of the warehouse neck (4-8), And by the efficient absorption solar panels (4-1) of screw bolt reinforcing, aperture is 8cm water pipe circular hole (4-4), aperture is 5cm line Pipe circular hole (4-5), device for monitoring temperature (4-2), capacity control device (4-3), hot water for life pipe network (4-6) are formed, wherein:
    Device for monitoring temperature (4-2) and capacity control device (4-3), it is separately positioned on the inner side of energy storage bulkhead (4-7) left and right sides On, and be fixed in by support on energy storage bulkhead (4-7);
    Spool circular hole (4-5), it is arranged on energy storage bulkhead (4-7) left and right sides,
    Water pipe circular hole (4-4), it is arranged at energy storage bulkhead (4-7) bottom centre, and passes through energy storage bulkhead (4-7) bottom centre Place,
    Water pipe circular hole (4-4) through at energy storage bulkhead (4-7) bottom centre, its bottom end are connected with hot water for life pipe network (4-6)。
  7. 7. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The rainwater-collecting energy storage storehouse (5), it is set Position is located at lateral surface and right side solar energy domestic water energy storage storehouse on the left of left side solar energy domestic water energy storage storehouse (4) respectively (4) lateral surface on the right side of, its structure is by the electrodynamic type openable panel (5-1) being arranged at the top of energy storage storehouse (5), capacity control device (5-2), panel electric supply installation (5-3), water pipe circular hole (5-4), left and right lateral line canal circular hole (5-5), municipal water pipe (5-7), rainwater Delivery pipe (5-8) and storage pond (5-9) are formed, wherein:
    Capacity control device (5-2) and panel electric supply installation (5-3), it is separately positioned at the inner side of energy storage silo wall (5-6) left and right, And be fixed on by support at the vertical inner surface left and right sides of energy storage silo wall (5-6),
    Left and right lateral line canal circular hole (5-5), is separately positioned on energy storage bulkhead (5-6) face capacity control device (5-2) and panel supplies Electric installation (5-3) place;
    Water pipe circular hole (5-4), it is arranged at energy storage bulkhead (5-6) bottom centre, and passes through energy storage bulkhead (5-6) bottom centre Place,
    Water pipe circular hole (5-4) through at energy storage bulkhead (5-6) bottom centre, its bottom by it is left, neutralize right be connected to Rainwater delivery pipe (5-8), municipal water pipe (5-7) and storage pond (5-9).
  8. 8. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The solar power generation energy storage storehouse (3), the sun Can domestic water energy storage storehouse (4) and rainwater-collecting energy storage storehouse (5), its respective energy storage storehouse (3a), the material of (4a) and (5a), be Wall thickness is 1cm~3cm 304-317 type austenite stainless steel plates, or the C30 concrete battens that thickness is 1cm~3cm.
  9. 9. according to claim 1 multifunction energy-saving roof structure, it is characterised in that:The solar power generation energy storage storehouse (3), the sun Energy domestic water energy storage storehouse (4) and rainwater-collecting energy storage storehouse (5), its contour structures shape is cuboid, and appearance and size is Long 2m~5m × wide 5m~8m × high 0.5m~3m.
CN201710951199.XA 2017-10-13 2017-10-13 A kind of multifunction energy-saving roof structure Pending CN107587667A (en)

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Citations (7)

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Publication number Priority date Publication date Assignee Title
CN101319579A (en) * 2008-06-13 2008-12-10 昆山太得隆机械有限公司 Solar construction integrated energy-saving system
US20090194094A1 (en) * 2006-05-12 2009-08-06 Christian Cristofari Device for collecting rain water and calories from solar radiation
CN102644387A (en) * 2012-04-18 2012-08-22 黄建武 Solar and wind energy renewable energy source sustainable building integrated system
CN102677913A (en) * 2012-05-22 2012-09-19 许炳寅 Solar house for long-term habitation
CN103967229A (en) * 2014-05-16 2014-08-06 孟扬 Multifunctional integrated roof system and manufacturing method thereof
CN203808266U (en) * 2014-03-27 2014-09-03 河南北方园林绿化实业有限公司 Green ecological energy-saving sunlight room
CN105507514A (en) * 2014-10-14 2016-04-20 中国工业设计(上海)研究院股份有限公司 Distributed photovoltaic solar roof and method for manufacturing same

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20090194094A1 (en) * 2006-05-12 2009-08-06 Christian Cristofari Device for collecting rain water and calories from solar radiation
CN101319579A (en) * 2008-06-13 2008-12-10 昆山太得隆机械有限公司 Solar construction integrated energy-saving system
CN102644387A (en) * 2012-04-18 2012-08-22 黄建武 Solar and wind energy renewable energy source sustainable building integrated system
CN102677913A (en) * 2012-05-22 2012-09-19 许炳寅 Solar house for long-term habitation
CN203808266U (en) * 2014-03-27 2014-09-03 河南北方园林绿化实业有限公司 Green ecological energy-saving sunlight room
CN103967229A (en) * 2014-05-16 2014-08-06 孟扬 Multifunctional integrated roof system and manufacturing method thereof
CN105507514A (en) * 2014-10-14 2016-04-20 中国工业设计(上海)研究院股份有限公司 Distributed photovoltaic solar roof and method for manufacturing same

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